Fast Ion Transport in Solids

Lectures.- 1 New routes in the development of chemical sensors: surface devices.- 2 Materials and concepts for solid state electrochemical devices.- 3 Optical properties of transition-metal and rare earth ions in beta aluminas.- 4 Intercalation compounds.- 5 Polymer electrolytes and intercalation electrodes: fundamentals and applications.- 6 Is there a future for lithium-batteries as high energy density source in electrical engine vehicles? Some recent trends.- 7 Ion mobility in chalcogenide semiconductors; Room temperature creation of bipolar junction transistor.- 8 Mixed conductors for negative electrodes.- 9 Surface oxygen exchange kinetics of solid oxide ion conductors.- 10 Ionic conduction in sulphates.- 11 Copper solid electrolyte-copper(I) halide and alkali halide systems.- 12 Ionic conduction in glasses.- 13 Chemical vapor deposition techniques for thin films of solid electrolytes and electrodes.- 14 Silver solid state energy storage devices.- 15 Bismuth-based oxide conductors novel structural and electrical features.- 16 Composite electrolytes with special reference to Copper Chloride-Alumina systems.- Student presentations.- 17 Anisotropy in the ionic conductivity of K3NdSi3O8(OH)2.- 18 Peculiarities in the low temperature ion and electron conductivity of solid oxide electrolytes.- 19 Chemical analysis and structural investigations of sodium and lanthanide ion-exchanged beta-aluminas.- 20 Electrical relaxation in polymer electrolytes.- 21 Quadrupole-broadened NMR-MAS spectra of disordered materials: acquisition and analysis.- 22 Experimental working group report :-What is the experimental status of solid state ionics (SSI)?.- 23 Experimental working group report:What are the major contributions of solid state ionics to technology in the past and future?.- Final remarks W. van Gool.- W. van Gool.